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S90-19A exam Dumps Source : Advanced SOA Security
Test Code : S90-19A
Test denomination : Advanced SOA Security
Vendor denomination : SOA
: 83 true Questions
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SOA Advanced SOA Security
The least difficult and most ordinary fashion to safety for carrier-oriented structure (SOA) is to route service requests over a virtual deepest community (VPN). This provides satisfactory security for fundamental, coarse-grained requirements, it really works with soap, leisure, and non-net capabilities protocols, and it is adequate even for many external integration situations. Yet not outright protection scenarios are primary, and for extra complicated wants and satisfactory-grained SOA security, architects requisite to enact significantly greater planning and design. To craft a complete strategy and structure for SOA protection, architects ought to believe a large variety of safety necessities, company scenarios, and software infrastructure, weaving collectively varied products, necessities, and customized-constructed add-ons into a versatile and mighty SOA security solution.
[ For timely data hub word and expert recommendation on data hub strategy, observe CIO.com’s Data hub Drilldown section. ]
at the least 10 product categories can play an element in SOA protection structure, and there are foremost areas of functional overlap amongst them. The constructing-block structure of SOA and net capabilities security specifications means architects requisite to plot carefully for which standards they're going to consume and when to accomplish consume of them. enterprise eventualities with several security necessities might besides require distinctive mixtures of requisites and items. including even further to the complexity, the specifications and requisites are quiet maturing, so there is microscopic trade journey with optimum practices for many of the necessities. Architects can besides kisser extra challenges together with divergent SOA infrastructure, dissimilar SOA messaging alternate patterns, the deserve to federate protection throughout dissimilar environments, and the should propagate identity throughout layers as one carrier calls one more. here is no longer to mention mediocre considerations enjoy organizational friction, cost, and difficulties with architecture governance.
as a result of these complexities, few can Come up with the money for to accomplish investments upfront to construct an entire and complete SOA safety respond that addresses outright future requirements, which capacity that architects last problem is to conform a finished respond over time. To back in pursuing an incremental strategy, here is a continuum of 4 broad solution patterns that disclose how to combine distinctive items into an SOA security respond for today’s wants in addition to how nowadays’s respond can leave a direction open for day after today’s wants.
scenario No. 1: touchstone VPN offers A fundamental solution In a short time
As a typical beginning point, some SOA clients occupy instant situations that require them to at once find an usurp - in spite of the fact that suboptimal - SOA protection solution. In these eventualities, SOA requests and responses are secured the usage of simplest transport-degree safety. With soap and rest, this is usually accomplished by artery of two-manner relaxed socket layer (SSL). With VPN connections, even requests over the generic public internet are personal and relaxed. often, simple VPN methods consume implicit authorization: Any request that is available in over the VPN is allowed to entry the obtainable services. besides the fact that children a simple VPN can befriend identification of particular person users, here's rare as a result of the executive overhead of managing certificates for every consumer. a simple VPN is regularly configured as an immediate transport-level connection between the service customer’s platform and the service platform, which can breathe both an application server or a simple internet server environment. In a Forrester survey, two-thirds of SOA users talked about that the consume of most effectual a simple VPN is a crucial alternative in their SOA protection arsenal.
scenario No. 2: application-Server-based Fulfills Audit And Compliance requirements
The core of the continuum divides between two procedures, lone intermediary and software-server-based mostly, each of which is able to address authentication and authorization of individual users. The application-server-based fashion builds on the SOA safety aspects in provider implementation systems (e.g., software servers, integration servers, packaged functions, and application-as-a-carrier). by artery of allowing service structures to retain safety contexts based on the actual conclusion user, this approach facilitates implementation of superior authorization thoughts. It additionally enables audit logs to record actual end-person service request undertaking, which may besides breathe notable for precise auditing and compliance for privateness and different laws. whereas it has the erudition of requiring no money outlay for brand spanking new SOA tough point products, if one has several platforms, the configuration and integration drudgery required can cause the answer’s freight in drudgery hours to equal or exceed the freight of purchasing and configuring SOA uniqueness items.
application-server-based mostly SOA protection will often consume an light VPN connection as a basis. a likely extension of this condition of affairs may encompass the usage of an SOA or utility server security plug-in from a lone signal-on or id management ambiance to supply for consistent safety between SOA capabilities on an utility server and different software assets controlled by means of the id management product.
state of affairs No. three: lone middleman Consolidates protection Processing
The different side of the core of the continuum is the lone intermediary method, which concentrates SOA protection functions perquisite into a policy enforcement element that sits in front of ones service implementation systems. This simplifies SOA safety, presenting a lone solution (which includes the intermediary and its administrative tools) that may deliver security throughout any and outright SOA functions (at the least for the message codecs and protocols the intermediary helps). despite the fact, in the pure implementation of this strategy, service systems, in essence, spin off user-stage SOA protection facets in favor of trusting the intermediary for outright SOA safety. The middleman may breathe offered by products from several diverse classes including SOA home equipment, SOA administration options, commerce service buses (ESBs), integration-centric commerce system management suites (IC-BPMSs), or specialized SOA protection items.
A lone middleman approach may additionally consume a simple VPN connection as a groundwork. The intermediary handles outright SOA security processing; for this reason, provider systems are not required to occupy any specific SOA protection aid, which allows the respond to aid a wide compass of provider systems.
state of affairs No. 4: Brokered, Layered, Federated offers comprehensive SOA safety
on the a long artery advanced pause of the continuum, the SOA safety respond is deeply integrated throughout numerous layers of provider calls, guaranteeing that each provider platform has access to the consumer’s id, and it helps advanced protection eventualities equivalent to federation and token change. nowadays, few corporations even approximate this class of answer. youngsters, as SOA safety options, specifications, and products ripen and as privateness and fiscal laws find more stringent, superior SOA security solutions will spin into extra feasible (both financially and technically) and, certainly, may breathe necessary for some eventualities. A brokered, layered, federated SOA safety solution will consume distinctive specifications, integrate distinctive products, and extremely viable require custom-constructed integration to drag outright of the items collectively.
To account for evolution of your SOA security fashion over time, bake into your design as a entire lot consistency as viable between easier SOA protection patterns and more-complicated ones. besides the fact that children your organization can breathe alert of making security compromises to preclude the cost of an superior brokered, layered, federated safety strategy, an advanced fashion will develop into both less complicated to achieve and more necessary additional time as SOA protection matures and as requirements for cyber security boost.
Randy Heffner is a vp at Forrester research, serving commercial enterprise structure specialists. he is a leading professional on architectures and design strategies for structure commercial enterprise functions which are cozy and resilient in the kisser of continuous company and expertise trade.
comply with everything from CIO.com on Twitter @CIOonline.
usual anecdote - www.cio.com/article/506720
Microservices and software oriented structure (SOA) are two componentized architectures for utility building. because the cloud computing age has gained steam, the more highly granular microservices structure (MSA) has developed from the earlier SOA. Yet each strategies wait typical. where SOA is enterprise-concentrated, microservices is application-focused.
First they are going to study each and every of those applied sciences, then they are going to evaluate and contrasts both.
understanding service Oriented architecture
A SOA is a group of features that consume a messaging middleware allotment for communications between services. The middleware layer additionally supports interoperability of distinctive protocols. functions can compass in measurement outright of the manner as much as subsystems used commercial enterprise-extensive.
SOA is generally regarded as the most suitable option for integrating disparate methods in a large blended atmosphere operating distinctive OS, equivalent to Linux and home windows.
In microservices, however, each and every application is structured as a collection of wee features, modeled round a company domain. This structure makes consume of an utility programming interface (API) layer as an alternative of middleware, and protocols are light-weight. Microservices most advantageous practices requires builders to construct with the API in the forefront of the design.
Microservices drudgery improved for structure small, smartly partitioned web-based mostly systems which give considerable manage to the developer. every provider is designed to satisfy a specific kick -- similar to an internet carrier for activating an order or offering browsing cart features -- and to exceed in supplying on that aim.
comparing Microservices vs. SOA
SOA and microservices both ease software progress by artery of replacing older monolithic structures with more without vicissitude manageable modular components. although, SOA and MSA compass markedly alongside strains that comprehend widely wide-spread structure, service characteristics, approaches to allotment sharing, database aid, and extra.
listed below are some key transformations:
SOA defines both a provider layer, comprising outright capabilities inside the equipment, and a buyer layer, or the element at which patrons comparable to human users or other functions interact with the gadget. The commercial enterprise provider Bus (ESB) allows for various point-to-point connections between carrier suppliers and service patrons. capabilities may besides breathe created through varied structure teams, however each and every crew has to breathe privy to the mediocre communication mechanism.
In MSA, nonetheless, small, unbiased approaches speak with each different inner incredibly granual and agile applications. every provider is independently deployable, which means that it may besides breathe shut down when now not in consume devoid of impacting the entire device. MSA besides makes it simpler and faster to strengthen new models of existing services, suiting this architecture neatly to DevOps most useful practices. additionally, features will besides breathe scaled independently, depending on load requirements.
SOA and microservices each trust on functions as their leading part, yet both architectures fluctuate considerably around service qualities.
SOA defines 4 fundamental carrier kinds:
SOA's functional services, besides called enterprise capabilities, are coarse-grained functions used for defining core company operations. useful features are represented through protocols similar to eXtensible Markup Language (XML) and enterprise fashion Execution Language (BPEL).
enterprise services attach into result the functionality described with the aid of enterprise services, using each utility features and infrastructure services to fulfill commerce requests.
utility features are great-grained features used simplest within the context of selected functions. functions will besides breathe invoked through a committed person interface (UI).
Infrastructure services enforce non-purposeful tasks enjoy logging, authentication, auditing and protection. These features can besides breathe invoked from both utility services or enterprise capabilities.
In contrast, MSA defines simplest two simple service types:
In MSA, practical capabilities back particular company operations. These functions are accessed externally and aren't shared with different functions.
As in SOA, MSA's infrastructure services are used to aid initiatives comparable to logging, auditing, and safety. MSA’s infrastructure capabilities, though, don't appear to breathe shared with different capabilities, and are best obtainable internally.
Middleware vs. APIs
SOA's middleware offers many capabilities absent from the API's used for communications between service suppliers and consumers in MSA.
advantages of the middleware layer comprehend protocol transformation, message enhancement, and mediation and routing. as a result of MSA would not back middleware, and MSA functions are so wee and principally purposed, SOA is commonly considered because the most effectual structure for colossal and complicated commercial enterprise programs.
In SOA, outright services consume the same underlying database. functions customarily assist mediocre relational databases.
MSA is besides greater agile and versatile in this method. A database can either breathe dedicated to a selected microservice or shared among dissimilar microservices. MSAs are besides extra likely to consume newer nonrelational databases. unlike relational databases, which handiest befriend structured records, nonrelational databases additionally aid semi-structured statistics similar to emails and XML documents and unstructured information comparable to Microsoft home windows files, internet pages, sociable media messages, and video info.
SOA is designed to advertise company performance reuse by bettering element sharing. basically, element sharing is the main function of SOA's commerce capabilities. capabilities are often implemented as complete subsystems. youngsters, as a result of SOA makes consume of distinctive components to meet commerce requests, SOA functions can besides breathe less productive than microservices.
Microservices, nevertheless, minimizes element sharing through “bounded context." A element and its statistics are coupled as a lone unit with minimal dependencies. An software is required to access a persistent information store by means of a service implementation-supplied API.
a major tenet of SOA is contract decoupling, which offers the maximum diploma of decoupling between service provider and buyer.
MSA, besides the fact that children, would not befriend contract decoupling.
Containers and microservices are a natural suit. Containers corresponding to Dockers and Linux Containers drudgery to some extent smartly with microservices architectures however are used less often in SOA.
via encapsulating a lightweight runtime atmosphere for functions, containers give a consistent utility environment as a microservice software strikes in the course of the perpetual development, trying out, and deployment cycles of DevOps. Containers may besides breathe elope on each digital machines (VMs) and physical machines, and with immoderate server utilization charges.
SOA and MSA both supply aid for web capabilities. in fact, some however not outright MSA microservices can besides breathe characterized as web capabilities.
Like internet features, microservices are agnostic to programming languages similar to Java, Perl, Ruby, and C++.
far off access Protocols
SOA architectures customarily consume primary kick entry Protocol (cleaning soap) and messaging protocols reminiscent of Microsoft Message Queuing (MSMQ) and the open accustomed advanced Message Queing Protocol (AMQP) as their leading faraway entry protocols. despite the fact, representation condition transfer (relaxation) is once in a while used with SOA.
MSA often makes consume of the extra streamlined relaxation API, along with AMQP messaging, for faraway entry.
SOA's ESB can current a lone element of failure (SPOF) for the entire gadget. If one provider slows down, the the ESB can spin into overwhelmed through requests for that carrier.
MSA is greater vice tolerant. for instance, a remembrance leak is one microservice will handiest occupy an impact on that particular microservice. other microservices might breathe capable of withhold it up managing requests.
SOA is multi-threaded, with greater overheads to tackle inputs/outputs (IOs).
MSA is single-threaded. however, microservice architectures usually consist of an adventure loop for handling I/Os.
In SOA, a systematic trade requires enhancing the entire gadget.
In MSA, a scientific change can breathe achieved through developing a new service.
Microservices and SOA linked terms
API: An API enables software structure by offering a collection of functions and strategies for getting access to statistics or elements of another application, an OS (working equipment), or different application functions.
net provider: a web service is an API which makes consume of a standardized fashion of proposing interoperability between functions for shoppers and servers over the internet. a web carrier communicates over Hypertext Transport Protocol (HTTP) using technologies which could consist of rest, cleaning soap, XML, web service Definition Layer (WSDL), and widespread Description, Description, and Integration (UDDI).
leisure API: A rest API is an API which follows the guidelines of relaxation, an architectural vogue now getting used to exchange older architectures corresponding to cleaning soap as a less complicated, faster system of getting access to web services. The relaxation API makes consume of Hypertext transfer Protocol (HTTP) requests to attest preferred actions on the internet. The main rules of relaxation are the four guidelines of uniform interface for customers and servers: offering access through elements, representing resources via representations, replacing self-descriptive messages, and connecting resources through hyperlinks.
Middleware: Middleware is a layer of utility dwelling backyard of the OS proposing capabilities to applications which cannot breathe bought through the kernel. It elements uniform, high-degree interfaces for constructing functions that could elope interoperably across diverse techniques and a set of typical services for making improvements to collaboration between purposes. used in SOA however now not MSA, middleware hides the heterogeneity of OS, hardware, and protocols in addition to the complexities of disbursed purposes.
Mark O'Neill is CTO at Vordel and creator of the ebook web services safety.
in this article, they assess how protection applies to service Oriented structure (SOA). earlier than they debate security for SOA, let's assume a step back and assess what SOA is. SOA is an architectural strategy which contains functions being uncovered as "functions". firstly, capabilities in SOA had been linked to a stack of applied sciences which protected cleaning soap, WSDL, and UDDI. youngsters, many grassroots builders then confirmed a alternative for light-weight rest (Representational condition switch) functions as opposed to the more heavyweight cleaning soap messages, with the result that leisure is now an approved allotment of SOA. the upward thrust of net 2.0 has cemented RESTss vicinity in the SOA world, considering that rest is conventional in web 2.0. extra recently, Cloud services such as Amazon's simple Queuing carrier (SQS) may well breathe used alongside local functions, to create a "hybrid" SOA atmosphere. The outcome of outright this is that SOA now encompasses the common cleaning soap/relaxation/UDDI stack, rest features, and the Cloud. From a protection professional's point of view, outright of it occupy to breathe secured.
it's tempting to launch into an silhouette of SOA safety devoid of first asking "Why?" Why apply safety to SOA? One glaring respond is to protect the SOA infrastructure towards attack. here is a legitimate cause, but there are additionally enabling, positive explanations for making consume of security to SOA, such as the capability to monitor usage of features in a SOA. They originate via inspecting the assaults towards SOA technologies, both soap and relaxation. Then they check how specifications akin to WS-safety permit policies to breathe applied to SOA, for this reason permitting controlled utilization and monitoring and finally examine the protection ramifications when an commerce integrates local on-site applications with cloud computing services.
Countering SOA Threats
What are the content material-based mostly threats affecting XML and leisure functions within an SOA? within the case of XML, there had been a brace of publicized attacks akin to XML Entity-expansion, and SQL Injection.
In a SOA, SQL Injection assaults involve the insertion of SQL fragments into XML data to Come back inappropriate information, or to supply an mistake which displays database access information.
A successful SQL Injection assault in SOA has two necessities:
- facts bought by using a service within the SOA is inserted at once into a SQL commentary
- The SQL commentary is elope with sufficient privileges to execute the attack.
To counter this assault, it's vital to accomplish inescapable that statistics bought from untrusted clients isn't without detain positioned into SQL statements. This will besides breathe executed via imposing content-validation and threat-detection rules over incoming content.
imagine this situation: a carrier in an SOA is covered with the aid of a coverage which ensures that carrier requests are digitally signed. This seems at ease, however is it? The respond is that this materiel is liable to a replay beset which with ease replays a sound signed message, consequently gaining unauthorized entry.
The respond to this vicissitude involves the usage of timestamps. The WS-security mediocre contains aid for timestamps, and WS-coverage may besides breathe used to mandate that a signed timestamp is latest in incoming messages. A replayed message will hence breathe detected in keeping with its "stale" timestamp. The timestamp believe interval ought to breathe decided carefully. It occupy to breathe short adequate so that an attacker wouldn't occupy time to catch, decrypt, and replay a sound message. nevertheless it ought to breathe long sufficient in order that qualify discrepancies between the gadget clocks of the web service and the internet service requester enact not result in legitimate messages being blocked. [Editor's note: For more on the critical role of system clocks, observe Simson Garfinkel's perquisite on Time?]
be mindful now not to fuddle replay attacks with brute-drive "flooding" Denial-of-carrier (DoS) assaults. although each contain a message being replayed, the DoS assault is designed to mash and disable the goal device, whereas the replay assault exploits a flaw in the target programs authentication scheme.
XML external Entity assault
The "XML external Entity" assault which takes capabilities of the undeniable fact that outdoor records can breathe embedded into an XML document by artery of a DTD [Document type Definition] entry. by using specifying a native file, some XML engines may well breathe made to entry unauthorized counsel from the native file system. notice that soap isn't allowed to consume DTDs.
It is likely that XPath Injection, which is similar to SQL Injection, may besides breathe used to "harvest" counsel from an XML database. XPath injection can besides breathe blocked through guaranteeing that facts handed into an XPath expression does not itself comprise XPath.
XML Denial-of-provider (XDoS)
This assault exploits a characteristic of DTDs, namely the capacity to drag in entities which might breathe defined in a DTD. via pulling in entities recursively, an attacker can accomplish an XML message which explodes in remembrance (therefore the term "XML bomb") and factors a denial-of-service.
harmful soap attachments
just enjoy e mail messages, cleaning soap messages may additionally contain attachments. These attachments may well breathe threatening in the event that they are very significant and tricky to process (e.g. a "clogging attack"), or in the event that they harbor viruses. The respond is to accomplish inescapable that cleaning soap attachments are either (a) blocked, (b) filtered in keeping with MIME-classification, or (c) passed via a virus scanner.
XML Signature dereference assaults"XML signature applications occupy to breathe capable of parse URI syntax. They insinuate they breathe capable of dereference URIs within the HTTP scheme." [RFC3075 - XML-Signature Syntax and Processing ]. however, this introduces a vulnerability, if the referenced facts is bogus, or effortlessly a artery to consume recipient materiel components knocking down a huge file.
An XML Signature comprises a "Reference" element pointing to the signed facts. The parsing application occupy to "dereference" (i.e. drag down) the reference URI. The XML Signature common states that:
relaxation, web 2.0 and SOA
within the net 2.0 world, it is the again-end web functions which become a key point of assault. here is every now and then termed the "giant assault floor" of internet 2.0. An attacker can try to beset an software through its client interface, or they can quite simply skip the interface and simply depart straight after the again-end web features in its place.
At this factor, some readers can breathe considering "here's not outright that several from regular net purposes, so why is it secured differently?" in any case, in internet 2.0, internet browsers are used, web Servers are used, and a person is worried. certainly, when information is being despatched between a web Browser and a web Server, it does accomplish suffer to scan the records for evidence of attempts to function assaults enjoy SQL Injection or go-web page scripting. also, when XML is on the community, it does accomplish feel to scan it for assaults such as XML Denial of service or XPath Injection. additionally, relaxed coding practices nonetheless ensue perquisite here. wealthy purposes on browsers latest more advantageous cozy coding tasks.
"Freemium" and the possibility of statistics harvesting
So-called "Freemium" web capabilities comprises basic capabilities being provided for gratis, while charging a top rate for advanced or special aspects. The note "freemium" itself is a portmanteau which combines both features of the company mannequin: free and top rate.
enabling some services in a SOA to operate in the freemium model is compelling, seeing that it presents a direction to a paying commerce mannequin. despite the fact, the practicality is more advanced. The mannequin presupposes a SOA security framework which detects overuse and enforces cost for top class service utilization. usage should breathe authenticated so that the over-use of the provider via a particular consumer is detected, and consequences in the person being asked to pay the premium price. always this is accomplished the usage of so-referred to as "developer tokens". These are tokens which might breathe embedded into the net service invocations sent as much as the carrier which is being offered. So, as an example, a consumer can consume a search service as much as a several point, however they can't facts-mine search phrases without being detected, and then required to pay the premium fee.
When enforcing the freemium mannequin for features in a SOA, an organization has the election of writing customized code to enforce it, or to accomplish consume of an off-the-shelf product corresponding to an XML Gateway. An XML Gateway offers advantages via allowing alterations to breathe made to the parameters in the mannequin without a requirement to alternate specific code. The XML Gateway besides scans for the assaults which they now occupy discussed previous, similar to malicious code injection.
id and specifications
it is crucial to know who is the usage of the features of a SOA, and to consume this tips to manage entry and to withhold information within an audit path. The assignment of controlling access to the functions makes consume of a entire lot of requisites, some topic equivalent to X.509 certificates, and a few new reminiscent of SAML and WS-security. it's crucial no longer to breathe blindsided with the aid of the specifications, above outright when they are composed collectively in a complicated method.
The stale and the brand new: Passwords, X.509 Certificates, and WS-safety
Passwords were around given that time immemorial. they are nevertheless common within SOA security. in lots of situations, it is without vicissitude a case of HTTP Authentication, despatched over SSL so that the password is not despatched within the clear. certainly, in spite of the fact that Digest Authentication is used, where the password isn't sent within the clear, SSL may quiet nonetheless breathe used with the kick to block inescapable trap-replay attacks. despite the fact that HTTP Authentication over SSL is "old" know-how, it nonetheless is typical for point-to-element authentication within an SOA.
X.509 certificates are used within the context of SSL authentication, where an internet service can prove its identity to a shopper, or, within the case of two-means SSL, the client additionally proves its identification to the service. during this case "id" is amorphous, considering internet capabilities interactions commonly contain applications speaking to functions, and not using a human being concerned. So the "identity" is the identification of an application. And, as is the case in outright utilization of X.509 certificates, the occupy confidence is in response to the issuer of the X.509 certificates (a certificates Authority, commonly abbreviated to "CA").
as well as SSL, X.509 certificates are often used within the context of digital signatures. XML Signature is a typical which defines how XML data will besides breathe digitally signed the usage of the deepest key which corresponds to an X.509 certificates, in order that any individual who holds the signatorys X.509 certificates can validate the signature.
XML Encryption is a typical which, as you can besides bet, defines how XML statistics may well breathe encrypted. You can besides ask "what is several about encrypting XML statistics, versus encrypting some other variety of facts?" The reply is that XML statistics can besides breathe selectively encrypted, allowing for eventualities corresponding to selectively encrypting a patient identify in a medical checklist. considering that the messages in an SOA are basically XML (aside from leisure and JSON for net 2.0 capabilities), XML Encryption is very useful as a artery to keep privateness suggestions.
Kerberos is besides a ripen know-how, which remains used within SOA security. In certain, Kerberos is regularly used in a home windows atmosphere, considering the fact that it continues to underpin authentication and lone sign-on in windows networking.
All of those pre-present protection applied sciences continue for consume for SOA safety.
WS-protection is a more recent expertise which turned into standardized in 2004. It builds on what has Come before. It defines how XML Encryption and XML Signature ensue to soap, in order that a cleaning soap message may well breathe encrypted and/or signed. moreover, it defines where passwords and X.509 Certificates are positioned in a cleaning soap message, and how soap may additionally function with Kerberos. This allows for for interoperability between different applications which consume WS-protection.
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Advanced SOA Security
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In automotive cyberscecurity word there were anouncements from ZF, Trend Micro and Luxoft.
ZF AI & Cybersecurity
ZF is establishing a Technology hub for simulated Intelligence (AI) and Cybersecurity in Saarbrücken. As allotment of a worldwide network, the technology group is already developing AI applications for systems and components as well as for making production and services safer, more intellectual and efficient. With the new “ZF AI & Cybersecurity Center,” ZF will now expand its activities in the district of AI research and will coordinate and control the company’s future AI activities from here. Wolf-Henning Scheider, Chief Executive Officer of ZF Friedrichshafen AG, announced the location for the Technology hub today in the presence of Saarland Minister-President Tobias Hans. Scheider besides announced that as a new shareholder of the German Research hub for simulated Intelligence (DFKI) and strategic colleague of the Helmholtz hub for Information Security (CISPA), ZF will cooperate closely with these leading research institutions in the future. This deal is expected to breathe finalised in the second quarter of 2019 and is topic to formal approval of outright current shareholders.
“With the new Technology hub for simulated Intelligence and Cybersecurity, they are taking their Group-wide expertise in these key digital technologies to a new level. They are besides in immediate proximity to the most respected research institutions in these disciplines which will strengthen their cooperation,” explained Wolf-Henning Scheider. “We plot to recruit around 100 new, highly qualified people in Saarbrücken – and drudgery with them to drive forward sophisticated developments for new, digitally connected and automated mobility solutions,” continued Scheider.
Two thirds of these 100 specialists based in Saarbrücken will focus on AI, the remaining third will focus on cybersecurity. These new colleagues will complement the more than 300 colleagues worldwide – based at the company’s headquarters for R&D in Friedrichshafen and at other locations in Germany and abroad – that are already developing solutions in the fields of simulated Intelligence, Industry 4.0 and Cybersecurity and consume them in products and services. In the future, these activities will breathe coordinated at the joint “ZF AI & Cybersecurity Center” and supplemented by the latest research and progress results to back outright ZF divisions worldwide. The objective is to create a common global AI platform for the optimization of existing or progress of new applications, products, services and processes.
Trend Micro & Luxoft
Trend Micro Incorporated a global leader in cybersecurity solutions, nnounced a strategic partnership with Luxoft Holding, Inc. , a global digital strategy and engineering firm. The two companies will jointly interpolate and deploy the Intrusion Detection System (IDS) and Intrusion Prevention Systems (IPS), a comprehensive cybersecurity solution designed to detect, mitigate and respond to cyber-attacks on connected cars.
The automotive industry is rapidly evolving. In fact, Gartner estimates that by 2025 more than 1.1 billion connected consumer and commercial vehicles will breathe on the roads.1 Connected cars and mobility services present a wealth of new opportunities, but with the introduction of always-on connectivity and on-demand services, new cybersecurity threats leave carmakers vulnerable to attack. Trend Micro continues to observe increased interest from cybercriminals in attacking connected devices – and cars will breathe no exception.
“We’re delighted to breathe joining forces with Luxoft to tackle the growing challenge of securing connected cars,” said Akihiko Omikawa, executive vice president for IoT security at Trend Micro. “Connected devices of outright kinds must breathe secured from the beginning, and this solution will allow car makers to build in the necessary mitigations to block cyber threats. By combining Luxoft’s automotive capabilities and expertise with Trend Micro’s leading expertise in cybersecurity, they will breathe able to tackle the new challenges brought by the digitalization of in-car systems.”
The upcoming IDPS solution developed specifically for cars, will breathe enhanced with machine learning techniques to identify anomalies in communication, conduct and the condition of components. The machine learning will breathe fed by data collected from advanced detection mechanisms from the in-car technology. In addition, the solution will provide car manufacturers’ insights from Trend Micro’s global threat intelligence, with information on threats, vulnerabilities and remediation from the company’s expansive global data set. The IDPS will comprehend a data collection and detection engine, offering another flat of protection against intrusion for in-car systems.
Key features of the IDPS solution include:
Securing vehicle-to-everything (V2X) communication, both physical and remote
Protecting cloud and mobility services, including over-the-air updates and asset management
Establishing secure operation of car components, enjoy Electronic Control Units (ECUs), actuators, sensors, etc.
Providing sustainable cybersecurity protection flat via continuous threat research and proactive control mechanisms.
T-Systems and Argus drudgery Together for Automotive Cyber Defense
T-Systems and Argus Cyber Security, an independent subsidiary of the technology company Continental, will drudgery together on cyber defense for cars. This was announced by the companies at the Hanover Industrial Trade Fair. T-Systems is planning a Security Operations hub specializing in vehicles (Automotive SOC). The company announced this in mid-March. With Argus the company is now bringing an notable colleague on board.
The Israeli automotive cyber security specialist has a highly developed Information and Event Management System (SIEM) for cars as well as in-vehicle solutions. Car manufacturers (OEMs) and fleet operators consume it to identify anomalies for connected vehicles. Attacks from the Internet are increasing rapidly. T-Systems CEO Adel Al-Saleh says: “We are currently seeing a new peak of 32 million daily attacks on their systems. Attackers don’t quit in front of their cars either. The connected vehicle needs a digital bodyguard and real-time cyber defense.”
GuardKnox Guarding Networks, Services and EV Charging Grids
GuardKnox Cyber Technology is making moves in the connected and autonomous vehicle space. The company shared it’s lstest developments Palo Alto Networks, Patented Service Oriented Architecture (SOA) and EV-ECU- a cybersecurity solutions for the EV Charging Grid.
Palo Alto Network Partnership
Palo Alto Networks® and GuardKnox partnership recently formed a partnership that has Come up with an end-to-end cybersecurity solution that combines secure in-vehicle communication lockdown with a secure communication channel between the vehicle and remote databases at OEMs, fleet management companies, car dealerships and mobile app stores.
External network security between the vehicle and the OEM cloud is provided by the Palo Alto Networks GlobalProtect™ secure communication channel while in-vehicle network security is provided by the GuardKnox Secure Network Orchestrator™ solution. Palo Alto Networks’ shared network ownership model reduces the operational cross of deploying its GlobalProtect security to connected cars. Palo Alto Networks® manages the cloud network infrastructure, ensuring reliability, scalability and availability while the OEM, fleet management company or dealership focuses their efforts on deploying their OTA updates.
A key milestone on the artery to fully autonomous vehicles is securely connecting cars to the Internet. These vehicles, connected vehicles present a variety of operational benefits and cost-savings to OEMs and fleet management companies such as:
Upgraded telematics with user functionality
Over-the-air (OTA) software updates
Driver behaviors and patterns based on in-vehicle data
The potential risks of OTA updates are two-fold:
Hackers could access an ECU or any domain controller to effect a variety of malicious actions or to hook the vehicle
Hackers could exploit data during transfer in order to hook personal information, overcome a vehicle’s security mechanisms or even assume control of the car.
As such it is imperative to occupy an end-to-end cybersecurity system that can ensure the integrity and security of both the internal and external vehicle networks.
GuardKnox’s Communication Lockdown™ methodology provides the highest flat of in-vehicle security by permitting only authorized communication, examining their routing, content, and contextual layers and locking every domain in every message within the vehicle to preclude unauthorized manipulation. By utilizing these strict rule sets, only vetted communication is passed onto the in-vehicle network.
OEMs, fleet management companies, and providers of ride-sharing applications (to denomination a few examples) can deliver time and deserve more money by integrating the combined Palo Alto Networks -GuardKnox end-to-end solution to provide cybersecurity for:
Periodic OTA maintenance and new feature updates
Generating new revenues from downloadable premium configurations or personalized functionality including engine tuning, gear shifting, suspension performance and more.
Scheduling proactive maintenance at services centers
Gathering data about driving habits
Storing driving preferences of multiple drivers of the same vehicle
GuardKnox Services Oriented Architecture (SOA)
The GuardKnox Patented Services Oriented Architecture (SOA) Provides Foundation for Future of Secure Subscription-Based Services and Customization of Connected and Autonomous Vehicles
GuardKnox’s Secure Network Orchestrator (SNO™) product line includes SOA and Communication Lockdown methodology, enabling a multi-platform and multi-service approach with the talent to host multiple operating systems and services, mission and non-mission critical, on one ECU with secure separation and full consent control.
This is the 2nd patent GuardKnox has earned for its automotive Services Oriented Architecture The company has several other granted patents on its software and hardware automotive cybersecurity technologies- GuardKnox has earned 5 US patents over the past year for its cybersecurity and connecetd solutions.
GuardKnox’s SOA enables additional levels of connectivity and customization through access control and service flat partitioning to maintain vehicle integrity while increasing driver personalization. The SOA has a secure separation (both hardware and software) between outright resources, application groups, and operating systems, simplifying edge computing capabilities by providing ample processing resources with maximal flexibility both in interface back and provision for future software extensions/additional service being added.
Cybersecurity: the Foundation for services and personalization
GuardKnox’s SOA technology creates the secure environment which enables added services and applications by hosting downloads or upgrades on the SNO platform throughout the lifecycle of the vehicle. This enables mission critical and non-mission critical applications to elope simultaneously without interference; if one application should breathe compromised, outright others will not breathe affected. This in essence converts the driver of a vehicle to a subscriber of features and functions of the connected and/or autonomous vehicle.
According to Guardknox Shlisel, “Our SOA technology will assume connected vehicles to the next flat and serve as the foundational layer for added connectivity — enabling unlimited, secure customization and personalization. With GuardKnox’s SOA, OEMs and Tier 1s occupy ample opportunities to monetize their vehicles, while offering drivers customizable options that suits their lifestyles.”
He continued, “Think of temporary added traction for a snowy day in the south or added horsepower for towing on your mountain vacation. One day you will breathe able to change the style of your dashboard by downloading an app, enjoy you change the background on your cellphone. But as they continue to add connectivity, they are making vehicles more vulnerable to potential attacks. GuardKnox is providing an in-vehicle secure landing point for hosting, processing, downloading and OTA updates. Furthermore, creating new markets and new revenue streams for OEMs.”
GuardKnox’s Central SNO™ Gateway/Domain Controller
GuardKnox’s Central SNO™ Gateway/Domain Controller serves as a high-powered vehicle cybersecurity platform, not only providing centralized protection to outright ECUs in the vehicle, but besides serving as the foundational layer for future personalization and customization of the vehicle. The SNO fits seamlessly into the automotive ecosystem, alleviating the requisite for any third-party or software only integration.
Shlisel added, “Importantly, unlike other cybersecurity options, their SNO is a full hardware architecture and software stack solution, completely autonomous and does not require any constant online connectivity. By its nature, it can shield against both known or unknown attacks.”
Furthermore, SOA enables seamless application switching, utility and processing without any interruptions in functionality. GuardKnox patented SOA and Communication Lockdown™ methodology enable the production of secured high-performance ECUs outside of the central domain controller, and are positioned within the vehicle for secured data processing and storage — enabling additional revenue streams for automotive manufacturers while providing a more extensive and personalized driver experience.
There is a sense of urgency to cope with this risky and expensive threat both within and outside the EV charging context. By 2020, the sales of BEVs are expected to quadruple—around 5% of the overall global light-vehicle market. By 2040, the sales of electric vehicles will comprise 54% sales worldwide.
The electric vehicle charging infrastructure is rapidly growing—although a lone touchstone for supporting the infrastructure has yet to emerge, the electric vehicle market is dynamic high-growth market in which developing EVs for the mass market is quiet in its infancy. Manufacturing BEVs and the global deployment of the charging stations are just two of many pieces requisite to back the transportation revolution already underway.
Solutions for both challenges require hardware and software-based cybersecurity to protect from many of the same risks already associated with connected vehicles, including cyber-hijacking of billing systems, vehicles or the grid; ransomware; stealing personal data, fiscal information or energy; and tampering with communications between EVs, billing and fiscal systems and grid-related infrastructure.
With a full software stack and hardware architecture, GuardKnox’s patented technologies adhere to the most stringent security and safety standards. SNO™ solutions comply with GDPR (General Data Protection Regulation) and present in vehicle protection from EV charging.
GuardKnox has created a complete Electric Vehicle Electric Control Unit (EV ECU), it integrates a large number of protocols (with overlapping features and capabilities) that are used for communication and control between various components of the electric grid. Most of the protocols were developed, tested and deployed over large periods of time and reflect the challenges and the threats at the time of their development.
Each country usually uses a specific set of communication and control protocols, not always identical with sets used in neighboring countries. This potentially creates a challenge for EVs roaming between different countries, presenting a challenge in the EV ecosystem. The adoption and deployment of the new communication and control protocols can better back the endeavor to cope with cyber-attacks from country to country. Guardknox’s EV ECU/V2G system tackles these challenges as well as:
Perform V2G communication
CAN (CHAdeMO and GB/T)
Abstraction of Charging Protocols
Manage and monitor charging procedure
Maintain and ensure safety of charging operation
Protect the in-vehicle network from external threats
Patented Lockdown Methodology
Defense in depth design
Ensure security of sensitive data
Encryption capabilities (data-on-the-move)
Secure storage (data-at-rest)
3rd party or OEM applications can elope safely and securely
Hosted operating systems (Hypervisor)
Firmware encryption and authentication
Solutions for these challenges require hardware and software-based cybersecurity to protect from many of the same risks already associated with connected vehicles — including cyber-hijacking of billing systems, vehicles or the grid; stealing personal data, fiscal information or energy; and more.
GuardKnox offers a deterministic approach to cybersecurity that makes it uniquely suitable for consume in a large ecosystem composed of millions of devices enjoy EV charging networks. GuardKnox’s patented three-layer Communication Lockdown™ methodology examines outright messages on the routing layer, the content layer and the contextual layer. It permits only allowed “legal” communication while dropping outright unauthorized or unbecoming communication.
GuardKnox’s patented Service-Oriented Architecture (SOA) enables customization of the vehicle and secured on-board data storage and processing for automotive manufacturers. The high-performance Secure Network Orchestrator™ (SNO) platform houses SOA and allows unified communication as well as access control and service flat partitioning.
The EV ECU product line is allotment of GuardKnox’s SNO product line.
While this product is currently not in a productions vehicle, GuardKnox is in the process of answering RFPs and RFQs for major OEMs, often time in conjunction with Tier 1 suppliers and has a occupy done and are continuing to enact on-going projects with the VW group, DXC technologies, Porsche and Daimler.
Electric vehicles and the charging ecosystem, including the power grid, is a new territory for outright players involved. The industry is quiet developing yet lonesome maturing. Automotive manufacturers and Tier 1 Suppliers are unsure how to effectively address the cybersecurity vulnerabilities in electric vehicles. There is a plethora of vulnerabilities when discussing EV charging from the payment applications, connectivity to the chargers as well as the grid, induction charging and much much more.
Employing an EV ECU with a Service-Oriented Architecture with secure separation and service flat partitioning, will enables driver access to unlimited personalization without the vulnerabilities of malicious hacking attempts. Sensitive data, such as fiscal information, is protected. Furthermore, in conjunction with Palo Alto Networks, any transfer of data over the cloud or to OEM back ends is fully protected from end-to-end. This architecture will allow the revolutionary EV ECU to download, host and process applications, services and data with extra computing resources as the needs are developed and matured.
Most of the communication and control protocols in consume today don’t withhold pace with the rapid developments in the hacking industry and leave a large beset surface that can breathe exploited by multiple adversary players (from disgruntled workers to state-sponsored organizations) for cyber-attacks in a large set of formats culminating with the interference within the grid operation, governance, stability and availability (DDOS – Distributed Denial of Service, Ransomware, Exfiltration of Personal, Proprietary and Confidential Data, hook of electricity from the grid, Worms/Viruses/ Trojans, etc. to denomination only a few).
There is a sense of urgency to cope with this risky and expensive threat both within and outside the EV charging context.
With a full software stack and hardware architecture, GuardKnox’s patented technologies adhere to the most stringent security (ISO 15408), safety (ISO 26262) and PLC (ISO 15118) standards. Additionally, the EV ECU complies with GDPR (General Data Protection Regulation). By implementing the Service-Oriented Architecture in EV ECUs, manufacturers occupy the extra high-powered computing resources to securely reconcile to whatever the future may bring in terms of added services and application
Read outright Automotive Cybersecurity.
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Reference Architectural Model for Industrie 4.0
Three-dimensional map showing how to approach Industry 4.0 in a structured manner
By Bill Lydon
The RAMI 4.0, Reference Architecture Model Industrie 4.0 (Industry 4.0), was developed by the German Electrical and Electronic Manufacturers' Association (ZVEI) to back Industry 4.0 initiatives, which are gaining broad acceptance throughout the world. Industry 4.0 (also termed Industrie 4.0) is a holistic view of manufacturing enterprises, started in Germany, with many worldwide cooperative efforts including China, Japan, and India. Industry 4.0 concepts, structure, and methods are being adopted worldwide to modernize manufacturing.
Throughout the world, there is a recognition that to breathe competitive, manufacturing needs to modernize. The Industry 4.0 movement in particular continues to accelerate defining the pattern of how outright industrial automation can achieve the goal of holistic and adaptive automation system architectures. A driving obligate behind the progress of Industry 4.0 is the realization that pursuing low labor rates is not a winning strategy. Remaining competitive and springy can only breathe accomplished by leveraging advanced technologies, centering on automation to enable a successful transition. Germany's Industrie 4.0 initiative has ignited cooperative efforts in China, Japan, and India.
Industry 4.0 is interdisciplinary, where the standards applicable in mechanical engineering, electronics, electrical engineering, and communications and information technology requisite to breathe combined with the respective technologies needed for their implementation.
Discrete and process industries
The progress of RAMI 4.0 focused on industrial production as the primary district of application, including discrete manufacturing to process industries. Industry 4.0 concepts are being applied to process industries to achieve a holistic integration of automation, commerce information, and manufacturing execution function to better outright aspects of production and commerce across process industry value chains for greater efficiency. The "Process Sensor 4.0 Roadmap" initiated by NAMUR and VDI/VDE, in collaboration with several prominent leaders in the industry (including ABB, BASF, Bayer Technology Services, Bilfinger Maintenance, Endress+Hauser, Evonik, Festo, Krohne, Lanxess, Siemens, and Fraunhofer ICT), reflects the intent of creating fundamental structure blocks to further process automation system architectures. A number of NAMUR working groups are allotment of Working district 2 (WA 2), Automation Systems for Processes and Plants.
Related to this activity, the OPC Foundation and FieldComm Group occupy an initiative to create a protocol-independent, process automation device information model (PA-DIM) specification based on the industrial interoperability touchstone OPC UA. PROFIBUS/PROFINET International is now participating in this vision, which is supported by NAMUR as allotment of its Open Architecture (NOA) initiative. The goal is enabling pause users to dramatically reduce time to implement advanced analytics, tall data projects, and enterprise cloud solutions that trust on information from thousands of geographically dispersed domain devices using multiple process automation protocols.
RAMI 4.0 is a three-dimensional map showing the most notable aspects of Industrie 4.0.It ensures that outright participants involved share a common perspective and developa common understanding,” explains Kai Garrels, chair of the working groupReference Architectures, Standards and Norms at the Plattform Industrie 4.0,and head of standardization and industry relations at ABB (www.plattform-i40.de).
RAMI 4.0 definition
The RAMI 4.0 Reference Architectural Model and the Industry 4.0 components give companies a framework for developing future products and commerce models. RAMI 4.0 is a three-dimensional map showing how to approach the deployment of Industry 4.0 in a structured manner. A major goal of RAMI 4.0 is to accomplish confident that outright participants involved in Industry 4.0 discussions and activities occupy a common framework to understand each other. The RAMI 4.0 framework is intended to enable standards to breathe identified to determine whether there is any requisite for additions and amendments. This model is complemented by the Industry 4.0 components. Both results are described in DIN SPEC 91345 (Reference Architecture Model Industrie 4.0). DIN (www.din.de) represents German interests within the International Organization for Standardization (ISO). Today, roughly 85 percent of outright national touchstone projects are European or international in origin.
Putting the RAMI 4.0 model in perspective, in the glossary of the VDI/VDE-GMA 7.21 Industrie 4.0 technical committee, a reference model is defined as a model that can breathe generally applied and can breathe used to derive specific models. There are many examples of this in the domain of technology. The most well known is the seven-layer ISO/OSI model, which is used as a reference model for network protocols. The odds of using such models is a shared understanding of the function of every layer/element and the defined interfaces between the layers.
RAMI 4.0 defines a service-oriented architecture (SOA) where application components provide services to the other components through a communication protocol over a network. The basic principles of SOA are independent of vendors, products, and technologies. The goal is to crack down complicated processes into easy-to-grasp packages, including data privacy and information technology (IT) security.
ZVEI characterizes the changing manufacturing systems. The current "Old World Industry 3.0" manufacturing system characteristics are:
functions bound to hardware
The "New World: Industry 4.0" manufacturing system characteristics are:
flexible systems and machines
functions distributed throughout the network
participants interact across hierarchy levels
communication among outright participants
product allotment of the network
RAMI 4.0 structure
RAMI 4.0 consists of a three-dimensional coordinate system that describes outright crucial aspects of Industry 4.0. In this way, complicated interrelations are broken down into smaller and simpler clusters.
"Hierarchy Levels" axis
On the perquisite horizontal axis are hierarchy levels from IEC 62264, the international standards chain for enterprise IT and control systems. These hierarchy levels picture the different functionalities within factories or facilities. (Note that the IEC 62243 touchstone is based upon ANSI/ISA-95.) To picture the Industry 4.0 environment, these functionalities occupy been expanded to comprehend drudgery pieces, labeled "Product," and the connection to the Internet of Things and services, labeled "Connected World."
"Life Cycle Value Stream" axis
The left horizontal axis represents the life cycle of facilities and products, based on IEC 62890, Life-cycle management for systems and products, used in industrial-process measurement, control, and automation. Furthermore, a distinction is made between "types" and "instances." A "type" becomes an "instance" when design and prototyping occupy been completed and the actual product is being manufactured. The model besides combines outright elements and IT components in the layer and life-cycle model.
The six layers on the plumb axis relate the decomposition of a machine into its properties, structured layer by layer, i.e., the virtual mapping of a machine. Such representations originate from information and communication technology, where properties of complicated systems are commonly broken down into layers.
Within these three axes, outright crucial aspects of Industry 4.0 can breathe mapped, allowing objects such as machines to breathe classified according to the model. Highly springy Industry 4.0 concepts can thus breathe described and implemented using RAMI 4.0. The model allows for step-by-step migration from the present into the world of Industry 4.0.
Benefits of RAMI 4.0
The model integrates different user perspectives and provides a common artery of seeing Industry 4.0 technologies. With RAMI 4.0, requirements of sectors-from manufacturing automation and mechanical engineering to process engineering-can breathe addressed in industry associations and standardization committees. Thus, RAMI 4.0 brings a common understanding for standards and consume cases.
RAMI 4.0 can breathe regarded as a map of Industry 4.0 solutions. It is an orientation for plotting the requirements of sectors together with national and international standards to define and further develop Industry 4.0. There is a refreshing interest with Industry 4.0 initiatives for various organizations to drudgery cooperatively and overcome the compartmentalization of the national standardization bodies.
The influx of technology is starting to dramatically better manufacturing. However, to enact this effectively takes planning, and the RAMI 4.0 model is a focal point for understanding the entire manufacturing and supply chain.
NUREMBERG, Germany, Feb 26, 2019 (GLOBE NEWSWIRE via COMTEX) -- NUREMBERG, Germany, Feb. 26, 2019 (GLOBE NEWSWIRE) -- (Embedded World 2019) - NXP Semiconductors N.V. NXPI, -0.57% the world's largest supplier of automotive semiconductors  , today announced a vehicle network processing chipset solution for high-performance service-oriented gateways, which enables automakers to unlock the value of connected vehicle data and present new services. The MPC-LS chipset solution combines the proven NXP automotive MPC5748G microcontroller and enterprise networking LS1043A communications processor to present the tall levels of performance and networking required for service-oriented gateways. For development, evaluation and demonstrations, the chipset solution is supported by an evaluation board, enablement software and a growing ecosystem.
Vehicle data-driven services such as usage-based insurance, predictive maintenance and over-the-air upgradeable vehicles are projected to compass up to $750 billion in revenue by 2030  . These services and the information derived from connected vehicles are poised to transform the automotive industry with new revenue opportunities, improved user experiences, safety and security enhancements and cost reductions. To enable these new opportunities, centrally located service-oriented gateways must securely process and route massive amounts of data across the vehicle, which requires a vehicle network processing solution to meet the demand.
NXP helps automakers, suppliers and emerging global entrants develop new vehicle networking platforms of the future today. The production-ready MPC-LS vehicle network processing chipsetuniquely brings together real-time and applications processing, along with automotive and enterprise networking technologies.
Key features include:
High-performance quad-core, 64-bit Arm(R) processors for services and edge analytics
One 10 Gigabit and five Gigabit Ethernet interfaces for high-bandwidth networking
Ethernet packet acceleration offloads processors to provide valued services
Real-time processing of vehicle data from CAN FD, LIN and FlexRay(TM) networks
Hardware security for trusted boot, cryptography and secure key management
A connected vehicle can generate terabytes of data daily from sensors, vehicle usage, and driver and passenger behaviors. A service-oriented gateway has the performance to conserve wireless network bandwidth by converting raw data into actionable information that can breathe sent to the cloud for additional analysis and storage with reduced cost.
"The powerful combination of automotive and enterprise network processing technology provided by the MPC-LS chipset for progress of vehicle gateways can enable a new era of vehicle services and edge processing," said Jake Alamat, vice president of Automotive Connectivity and Security at NXP. "The value of the solution has been well-received by automakers and is scheduled to breathe deployed in volume vehicle production starting in 2020."
The automotive-qualified MPC-LS vehicle network processing chipset, comprised of the MPC5748G microcontroller and LS1043A communications processor, is available today.
An evaluation board (MPC-LS-VNP-EVB), with enablement software back for bare metal, and AUTOSAR(R) and Linux(R) operating systems to back development, evaluation, and demonstrations, is available in limited quantities. Contact your salesperson for more information.
More information is available at www.nxp.com/VNP
VEHICLE NETWORK DEMOS AT EMBEDDED WORLD 2019
Airbiquity is a colleague in the growing MPC-LS ecosystem which will present new services to carmakers. NXP will demonstrate the MPC-LS VNP Evaluation Board (EVB) integrated with Airbiquity's OTAmatic [TM] over-the-air (OTA) software and data management services at embedded world 2019.
"NXP's MPC-LS chipset enables Airbiquity's OTAmatic(TM) OTA software and data management solution to present advanced features requested by carmakers with the capacity to back future services," said Keefe Leung, director of product management for Airbiquity, a service provider in the growing ecosystem. "The talent to elope multiple concurrent edge analytics modules while providing secure OTA updates over multiple vehicle network interfaces creates new opportunities for their customers."
[1 ] Source: Strategy Analytics, 2017
 Source: McKinsey & Company, Monetizing Car Data, 2016
About NXP Semiconductors
NXP Semiconductors N.V. NXPI, -0.57% enables secure connections and infrastructure for a smarter world, advancing solutions that accomplish lives easier, better and safer. As the world leader in secure connectivity solutions for embedded applications, NXP is driving innovation in the secure connected vehicle, end-to-end security & privacy and smart connected solutions markets. Built on more than 60 years of combined suffer and expertise, the company has over 30,000 employees in more than 30 countries and posted revenue of $9.26 billion in 2017. Find out more at www.nxp.com
NXP and the NXP logo are trademarks of NXP B.V. outright other product or service names are the property of their respective owners. Arm is a trademark or registered trademark of Arm Limited (or its subsidiaries) in the US and/or elsewhere. The related technology may breathe protected by any or outright of patents, copyrights, designs and trade secrets. outright rights reserved. (C) 2019 NXP B.V.
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